Top Raspberry Pi Games: Best Picks and How to Play

Updated 9 November 2026 · Standard formula, shown below

The top Raspberry Pi games depend on what you want to play: classic arcade and console games, native Linux titles, or projects you build yourself. For a straightforward starting point, try a retro-gaming system such as RetroPie or Recalbox for games you own, and explore Raspberry Pi OS games and browser-based options for titles that run directly on the computer.

What counts as a Raspberry Pi game?

“Raspberry Pi games” can mean several different things. Some are native games made for Linux or Raspberry Pi OS; others are older console and arcade games run through emulators; and some are coding projects that turn the Pi into a game-development platform. These options have different setup steps and compatibility limits.

The Pi is a small general-purpose computer, not a dedicated console. Its performance varies by model, cooling, software, and the game being run. A newer Pi can handle a wider range of software than an older one, but no single model or setup guarantees that every game will run smoothly.

Best games and game types to try

Native Linux games: Look for simple 2D games and open-source titles that support ARM Linux. These run as applications rather than pretending the Pi is another console. Check the game’s system requirements and installation instructions for your specific Pi OS version.
Classic arcade games: Arcade emulation is a popular Pi project, especially for games with relatively modest hardware demands. An emulator recreates the original machine in software, but the correct emulator and game-file format vary by title.
Older console games: Retro-gaming distributions can organize games from supported systems in a console-like interface. Older, less demanding systems are generally the most practical place to begin; performance is not identical across all Pi models or emulators.
Scratch games: Scratch is a visual programming environment suited to making simple interactive games. It is a strong choice for learning how movement, scoring, events, and sound work without first learning a text-based programming language.
Python games: Python projects can introduce keyboard input, graphics, collision detection, and game loops. Small projects such as a maze, paddle game, or scrolling shooter are more realistic first steps than attempting a large 3D game.
Browser games: Some lightweight games run in a web browser, though performance depends on the page, browser, and Pi. A game that works well on a desktop is not automatically suitable for a Pi.

For a ready-made retro interface, RetroPie and Recalbox are commonly used community projects. They are platforms for organizing and running emulators, not collections of games that automatically grant permission to use every game file.

How retro gaming works

An emulator imitates the hardware or software environment of an older game system. The emulator itself is only one part of the setup: you also need compatible game data, often called a ROM or image, and sometimes a system firmware file known as a BIOS. Not every system requires a separate BIOS file.

RetroPie is generally installed on Raspberry Pi OS or used with a compatible prepared image, while Recalbox is designed as a more integrated retro-gaming system. Installation methods and supported devices can change, so follow the current documentation for the project and your exact Pi model rather than relying on an old tutorial.

Game files are a separate matter from emulators. Use games you created, files distributed with clear permission, or copies you are legally entitled to use under the rules where you live. Owning a cartridge or disc does not necessarily settle the legal status of downloading a copy; rules differ by jurisdiction. Avoid download sites that bundle unknown executables or claim that all copyrighted games are free to share.

How to choose the right setup

Start with what you want to play, then check whether the relevant software supports both the Pi model and operating system you have. A practical checklist is:

Identify your model: Find the model name and available memory. Older boards may suit simple 2D games and older emulators, while newer boards offer more headroom.
Pick a software route: Use Raspberry Pi OS for a general-purpose computer that can also run games, or consider a dedicated retro-gaming distribution if a console-style library is your main goal.
Check compatibility: Look up the emulator or game’s supported systems, file formats, and setup instructions. A system appearing in a menu does not mean every title for it will work well.
Choose controls: A USB keyboard is enough for many native games. A compatible USB or Bluetooth gamepad is more comfortable for many arcade and console-style games; verify its support before buying or configuring it.
Plan storage and power: Use reliable storage and a power supply appropriate for your Pi. Large libraries can require substantial space, and unstable power or failing storage can cause crashes or lost data.

Common performance and setup problems

If a game stutters, first check whether the title or emulator is demanding for your board. Close other applications, confirm that the game is using a suitable emulator, and consult the project’s recommended settings. Lowering resolution or graphics effects may help some native games, but it cannot overcome every hardware limitation.

Heat can also affect performance. Keep the board’s vents unobstructed and use a case or cooling arrangement appropriate to the workload. If the Pi becomes unusually hot or slows during play, stop and check the board’s temperature and cooling guidance rather than assuming a software setting is the only cause.

Controller problems are often configuration issues: the controller may not be paired, mapped, or recognized by the game. Test it in the operating system or emulator’s input setup, reconnect it, and check whether the game expects a keyboard. For missing games, verify the required folder and file format in the emulator’s documentation; renaming a file does not convert it.

Costs and alternatives

If you already own a Pi, the additional cost may be limited to storage, a controller, and any cooling or power accessories you need. If you are buying hardware, consider the full setup rather than the board alone: power supply, case, storage, display connection, and input devices can all matter. Prices change, so compare current local listings instead of relying on a fixed estimate.

A desktop or laptop may be simpler for modern PC games, while a dedicated console offers a more uniform gaming experience. The Pi’s particular appeal is flexibility: the same device can be a small computer, a coding tool, and a retro-gaming project. It is not a universal replacement for a gaming PC or a modern console.

Frequently Asked Questions

Can a Raspberry Pi run games?
Yes. It can run compatible native Linux games, browser games, coding projects, and emulators. Which games are practical depends on the Pi model, operating system, and software requirements.

Which Raspberry Pi is best for retro gaming?
Choose a model based on the systems you want to emulate and the current requirements of the software. Newer models generally provide more performance, but check compatibility and real-world guidance for the specific emulator and games.

Does RetroPie include games?
RetroPie provides software for managing emulators and games; it is not a license to download copyrighted game files. Supply only game files you are entitled to use.

Can I use a controller with a Raspberry Pi?
Many USB and Bluetooth controllers can work, but compatibility and setup differ. Check the operating system or emulator’s controller instructions and map the buttons if needed.

Why do some games run slowly on a Raspberry Pi?
The game or emulated system may exceed the board’s practical performance, or the setup may have unsuitable settings, background load, or heat-related throttling. Check model-specific guidance and reduce demanding settings where available.

Method: the standard formula for this calculation, rounded as each result states. See how the calculators work or report an error.